We are presently developing an ultrafast x-ray framing camera, to be used in laser fusion experiments on the NOVA facility at LLNL. The framing camera will provide high-fidelity images with frame durations of less than 100 ps. The first prototype camera will generate a single image approximately one square centimeter in area, with a spatial resolution of approx.30 microns at the image plane. Coupling the framing camera to a 22 x Wolter x-ray microscope will provide resolution at the target of approx.2 microns. The camera will be optically triggered using a laser pulse that is synchronous with the NOVA driver beams
In this thesis the development of ultrafast electron-optical streak and framing cameras having radia...
We describe progress being made in an x-ray imaging technology that provides high-resolution (approx...
Ultra fast x-ray streak cameras are a staple for time resolved x-ray measurements. There is a need f...
Abstract. A single-frame X-ray framing camera has been set up for fast imaging of X-ray emissions fr...
A major challenge for laser fusion is the study of the symmetry and hydrodynamic stability of implod...
A major challenge for laser fusion is the study of the symmetry and the hydrodynamic stability of im...
The design and operation of a 10-ps resolution optical streak camera used to characterize laser puls...
<p>X-ray framing camera (XFC) is usually used as the principal diagnostic tool in inertial confineme...
An ultrafast soft x-ray streak camera has been coupled to a Wolter axisymmetric x-ray microscope. Th...
Recent and proposed improvements in spatial resolution, temporal resolution, contrast, and detection...
Compact x-ray mirrors have been positioned so as to form multiple images in a high-speed framing cam...
A new generation of cameras has made ultra-high-speed x-ray imaging at synchrotron light sources a r...
Radiography techniques utilizing large area x-ray sources (typically {<=} 7 keV) and pinhole-imaging...
Energetics is used to explore the conditions needed for sustaining thermonuclear fusion reactions2. ...
High-speed micro-strip micro-channel plate (MCP) x-ray framing cameras are a well established diagno...
In this thesis the development of ultrafast electron-optical streak and framing cameras having radia...
We describe progress being made in an x-ray imaging technology that provides high-resolution (approx...
Ultra fast x-ray streak cameras are a staple for time resolved x-ray measurements. There is a need f...
Abstract. A single-frame X-ray framing camera has been set up for fast imaging of X-ray emissions fr...
A major challenge for laser fusion is the study of the symmetry and hydrodynamic stability of implod...
A major challenge for laser fusion is the study of the symmetry and the hydrodynamic stability of im...
The design and operation of a 10-ps resolution optical streak camera used to characterize laser puls...
<p>X-ray framing camera (XFC) is usually used as the principal diagnostic tool in inertial confineme...
An ultrafast soft x-ray streak camera has been coupled to a Wolter axisymmetric x-ray microscope. Th...
Recent and proposed improvements in spatial resolution, temporal resolution, contrast, and detection...
Compact x-ray mirrors have been positioned so as to form multiple images in a high-speed framing cam...
A new generation of cameras has made ultra-high-speed x-ray imaging at synchrotron light sources a r...
Radiography techniques utilizing large area x-ray sources (typically {<=} 7 keV) and pinhole-imaging...
Energetics is used to explore the conditions needed for sustaining thermonuclear fusion reactions2. ...
High-speed micro-strip micro-channel plate (MCP) x-ray framing cameras are a well established diagno...
In this thesis the development of ultrafast electron-optical streak and framing cameras having radia...
We describe progress being made in an x-ray imaging technology that provides high-resolution (approx...
Ultra fast x-ray streak cameras are a staple for time resolved x-ray measurements. There is a need f...